JPS6143510B2 - - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to an improvement in the operation panel of a multi-story parking system that arranges and accommodates a large number of cars in a three-dimensional space.

Conventionally, the operation panel of a multi-story parking system has a push button to call the cage to the entrance/exit position, a parking indicator light to indicate the presence or absence of a car in the cage, and a landing indicator light to indicate the cage that has arrived at the entrance/exit location. Because the number of cages in the multi-level parking system was equal to the total number of cages,
The size of the operation panel varies depending on the number of cages, and depending on the number of cages, problems may occur in the arrangement of push buttons, etc.

The present invention has been made in view of the above points, and aims to provide an operation panel that can be configured in a small space by using a single display device, numeric keyboard, and two push buttons, regardless of the number of cages in a multilevel parking system. purpose.

FIG. 1 is a front view of an operation panel showing an embodiment of the present invention, and FIG. 2 is a diagram showing the overall configuration of an embodiment of the device of the present invention. In Figures 1 and 2, 10 is an operation panel, 11 is an entry button, 12 is an exit button, 13 is a numeric keypad, 14 is an indicator light indicating the characters "Incoming cage number", and 15 is the characters "Exiting cage number". ”; 16 is a display device consisting of two sets of 7-segment display elements that digitally display numbers; 20 is an implantation cage detection device for detecting an implantation cage; , an implantation cage signal). Reference numeral 21 denotes a storage cage determining device which determines the storage cage when the storage button 11 is operated, and selects, for example, the empty cage closest to the entrance or exit, or the optimal empty cage that maintains a balanced load on the multi-level parking system, and selects the cage number. The corresponding binary encoded signal (hereinafter,
(referred to as the warehousing cage device). 22 is the numeric keyboard 1 when the numeric keyboard 13 is operated.
A coding device 23 outputs a binary code signal (hereinafter referred to as a code signal) corresponding to the cage number designated by 3, and a coding device 23 outputs a code signal that is continuous when the arrival cage signal or the exit cage signal (described later) matches the landing cage signal. a signal generator that outputs a pulse signal;
100 is a signal selection device that selects and outputs the aforementioned receiving cage signal, code signal, and landing cage signal; 30 to 34 are 14-bit signal lines; 40 to 34 are 14-bit signal lines;
45 is a 1-bit signal line, and E is a power supply.
Further, FIG. 3 shows the signal selection device 100 in FIG.
FIG. 2 is a diagram showing an example of one circuit per unit bit. In the figure, 101 to 103 are negative elements, 104, 105
is an RS flip-flop, 106 is a D latch flip-flop, 107 to 111 are AND elements, 1
12 to 114 are OR elements, R ₁ and R ₂ are resistors, and 3
0a is part of the 14-bit signal line 30, 31a
is part of the 14-bit signal line 31, and 32a is the 14-bit signal line 31.
Part of the bit signal line 32, 33a to 33n
is a part of the 14-bit signal line 33, and 34a is the 14-bit signal line 33.
A part of the bit signal line 34 is shown, and the same reference numerals as in FIGS. 1 and 2 indicate the same parts.

Hereinafter, the device of the present invention will be explained with reference to the drawings, divided into three cases: when the multilevel parking device is stopped, when it is leaving the parking lot, and when it is entering the parking lot.

First, when the multilevel parking device is stopped, that is, when the parking lot button 11 is
A case will be described in which both the and exit button 12 are not operated. In this case, signal line 3
2, 42, 43 are in low level state, signal line 41
is in a high level state, and the RS flip-flop 10 with negative elements 101 and 102 on the set input line
Since the flip-flops 4 and 105 act as positive logic storage circuit elements, the outputs Q of the flip-flops 104 and 105 are at a low level, and the outputs thereof are at a high level.

Therefore, the gate of the AND element 107 is closed and the signal line (only 32a is shown in FIG. 3)
The receiving car signal inputted through is in a blocked state. On the other hand, since the gate of the AND element 108 is open, the numeric keypad 13 is operated and the code signal is transmitted to the signal line 33 (33a in FIG. 3).
When the code signal is input to the AND element 108 through the D-latch flip-flop 106 (only shown in the figure), the code signal is input to the D-latch flip-flop 106 at the subsequent stage. This D-latch flip-flop 106 has an input T at a high level, that is,
When the exit button 12 is not operated, the output Q is output at the same level as the input D, so when the numeric keyboard 13 is operated and a code signal is generated, this code signal is input to the logical sum element 113 at the subsequent stage. However, unless the numeric keyboard 13 is operated, a low level signal is always input to the OR element 113. Also, since the AND element 109 has its gate open, the signal line 31 (third
In the figure, the landing cage signal input from 31a (only 31a is shown) is input to the subsequent logical product element 110, but if the numeric keypad 13 is operated, the signal line 33a to 33n is transmitted by the coding device 22.
Since at least one of them changes from a low level state to a high level state, the signal input to the AND element 110 via the negation element 103 becomes a low level state, and the gate of the AND element 110 is closed. Block the cage signal.

Therefore, if the numeric keypad is not operated when the multilevel parking device is stopped, the landing cage signal from the landing cage detection device 20 is sent to the display device 16 through the logical sum elements 113 and 114 and the logical product element 111. and the display device 16 displays a number corresponding to this implantation cage number. On the other hand, when the numeric keypad 13 is operated when the multilevel parking system is stopped, the gate of the AND element 110 is closed and the landing cage signal is cut off, but the D latch is activated through the AND element 108 whose gate is already open. The code signal is input to the OR element 113 via the flip-flop 106 and sent to the display device 16 through the OR element 114 and the AND element 111.
Therefore, the display device 16 starts displaying a number corresponding to the cage number specified on the numeric keypad 13 from the number corresponding to the landing cage number.

Next, the case of the unloading operation will be explained. As mentioned above, when the multi-story parking system is stopped, when the exit cage is specified by operating the numeric keypad 13 and the exit button 12 is pressed, the signal line 43 is connected to the exit button 1.
However, due to the memory function of the RS flip-flop 105, the output Q of the RS flip-flop 105 remains at a high level while turning on the indicator lamp 15 through the signal line 45. Also RS
The output Q of the flip-flop 105 remains low and the output Q of the D-latch flip-flop 106 remains low.
In order to maintain the input T of the D-latch flip-flop 106 at a low level, the output Q of the D-latch flip-flop 106
The code signal immediately before was pressed continues to be held.
Therefore, once the exit button 12 is pressed, the numbers displayed on the display device 16 do not change even if the numeric keypad 13 is operated from then on, and the numbers displayed on the display device 16 do not change through the signal line 30 (only 30a is shown in FIG. 3). A car signal corresponding to the outgoing car is input to the signal generator 23. When a delivery cage is specified by operating the numeric keypad 13 and the delivery button 12 is pressed, the specified delivery cage is called to the entrance/exit position by a well-known control device (not shown). At this time, the landing cage is detected. When the landing cage signal outputted by the device and the delivery cage signal outputted by the signal selection device 100 match, the signal generation device 23
Since a continuous pulse signal is input from the signal line 40 to the AND element 111, the AND element 1
By the opening/closing operation of the gate 11, the characters displayed on the display device 16, that is, the exit cage number, flash to notify the operator that the exit cage has arrived at the entrance/exit position. When a stop command is issued, the RS flip-flop 10
Since instantaneous low-level signals are input to the reset input of 5, the landing cage detection device 20, the coding device 22, and the signal generator 23, the RS flip-flop 105 is reset to the off state, and the indicator light 15 is turned off. At the same time, the signal generator 23 changes the continuous pulse signal on the signal line 40 to a high level constant signal, and the coding device 22 changes the code signal on the signal line 33 to a low level signal, thereby all is reset.

Next, the case of warehousing operation will be explained. When the multi-story parking system whose landing cage number is displayed on the display device 16 is stopped, a user who wishes to park his/her car at the entrance/exit position of the multi-story parking system and presses the parking button 11, the signal line 42 is in a high level state only while the stocking button 11 is pressed, but due to the memory function of the RS flip-flop 104, the output Q of the RS flip-flop 104 remains in a high level state, and the signal light 1 is output through the signal line 44.
4 and opens the gate of the AND element 107, while the RS flip-flop 10
The output of signal line 3 remains changed to a low level state, closing the gate of AND element 108
3 (only 33a is shown in FIG. 3), the gate of the AND element 109 is closed, and the landing cage signal on the signal line 31 (only 31a is shown in FIG. 3) is also cut off.

By the way, when the warehousing button 11 is pressed and the warehousing cage determination device 21 selects as the warehousing cage, for example, the empty cage closest to the entrance or the optimal empty cage that maintains the load balance of the multilevel parking system, the signal line 32 (the In FIG. 3, only 32a is shown), the incoming gauge signal is input to the AND element 107 whose gate is already open, and is input to the display device 16 through the OR element 114 and the AND element 111. Displays the number corresponding to the receiving cage number. Thereafter, the designated storage cage is called to the entrance/exit position by a well-known control device, but at this time as well, the landing cage signal outputted by the landing cage detection device and the signal selection device 100 Since the continuous pulse signal is input from the signal generator 23 to the AND element 111 through the signal line 40 in agreement with the receiving car signal output by The text, ie the entry cage number, flashes to notify the operator that the entry cage has arrived at the entrance/exit location. Then, when a stop command is issued,
RS flip-flop 1 through signal line 41
04 reset input and implantation cage detection device 20
As a result, the RS flip-flop 104 is reset to the initial state, the indicator light 14 is turned off, and the signal generator 23 is connected to the signal line 40. Everything is reset by changing the continuous pulse signal on the signal line 32 to a high level constant signal, and the incoming car determining device 21 changing the incoming car signal on the signal line 32 to a low level signal.

As described above, according to the present invention, the output signal of the signal selection device is switched by operating the operation panel and inputted to the display device, so that the landing cage number, the receiving cage number, and the exiting cage number can be displayed on a single display device. It can be displayed in Therefore, the operation panel can be made as small as possible, and necessary information is immediately displayed on the display device in response to an operator's operation, so there are no problems in use. Furthermore, the present invention flashes the warehousing cage number and the warehousing cage number when the warehousing operation and the warehousing operation are completed, so that the operator can be reliably notified of the completion of the warehousing operation or the warehousing operation. can be carried out smoothly.

In addition, in the above explanation, the 7 segment display element 2
Although the description has been given using an example of a display device consisting of a set, it is extremely easy to change the configuration of the display device depending on the number of parked cars that can be accommodated by the multilevel parking system.

[Brief explanation of the drawing]

FIG. 1 is a front view of an operation panel showing an embodiment of the present invention, FIG. 2 is an overall configuration diagram showing an embodiment of the device of the present invention, and FIG. 3 is a signal selection device 1 in FIG. 2.
00 is a partial circuit example diagram. 10...Operation panel, 11...Input button, 12...Output button, 13...Numeric keyboard, 14,15...
Indicator light, 16... Display device, 20... Implantation cage detection device, 21... Storage cage determination device, 22...
... Encoding device, 23 ... Signal generating device, 30 -
34...14-bit signal line, 40-45...
1-bit signal line, 101-103...Negation element, 104-106...Flip-flop, 1
07-111...Logic product element, 112-114...
...Logic element.

Claims (1)

[Scope of Claims] 1. A numeric keypad, an in/out button, and a digital display device are provided on an operation panel, and a coding device outputs a code signal in response to the operation of the numeric keypad, and an operation of the in/out button. In the device, which is equipped with an incoming cage determining device that outputs an incoming cage signal that is optimal for each time, and a landing cage detection device that outputs an incoming cage signal, it is stored that the incoming and outgoing buttons have been operated, respectively. A storage means and a means having an AND function for opening and closing a gate according to the output of the storage means are provided, and any one of the code signal, the storage cage signal, and the landing cage signal is input to the digital signal through the AND function means. A signal selection device that selects an input signal of the display device, and outputs a continuous pulse signal to intermittent the input signal of the display device when the code signal or the storage cage signal and the landing cage signal match. An operation panel for a multilevel parking system characterized by being equipped with a generator.